EZ view image reflecting assembly

ABSTRACT

An adjustable reflecting device is disclosed. 
     The reflection of a light emitting diode (LED) or a similarly lighted appliance relayed to a more accessible viewing location is accomplished by using 2 planar reflective surfaces (mirrors) situated in a housing. The mirrors are adjustable to direct the reflection of the intended image or lighted object to the observers eye. 
     The first mirror (housing mirror) reflects the image and relays it to the second mirror (tube mirror) through adjustments made by the observer. Once the adjustments are made, the mirrors can be locked in the position from a desired location for viewing.

BACKGROUND OF THE INVENTION Field of the Invention

Manufactured (or mobile) homes that are located in climates where the temperature frequently goes below freezing in winter need some type of Heat Trace Tape applied to the incoming fresh water line to keep the incoming fresh water from freezing.

Most manufactured homes have a 110 v electrical outlet installed in close proximity to the water inlet for such appliances. Most Heat Tapes manufactured today have an LED (Light Emitting Diode) formed into the clear male end of the plug along with some circuitry while others have an LED in line.

When the Heat tape is working normally the plug (or other in line light) is lit.

Most manufactured homes when Installed are several feet off the ground which requires a skirt or apron to be installed that extends from the bottom of the home to the ground.

The water line and heat tape are then obscured by the skirting requiring removal of said skirting (or apron) to periodically check the status of the heat tape.

The invented device allows adjustable horizontal or vertical viewing of the lighted image of the heat tape LED from outside the dwelling without removal of the skirting every time.

DESCRIPTION OF THE INVENTION

This device is comprised of a weatherproof housing containing an adjustable mirror which reflects the image of a lighted device to a second adjustable mirror in a rotatable tube suspended from the housing which further reflects the image to the eye of the observer.

The device is secured to the skirting (or apron) of a mobile home with a mounting bracket over a small opening in direct line of the image to be reflected which primarily is the LED (illuminated 110 v plug) from a heating tape for water lines.

BRIEF DESCRIPTION OF DRAWINGS

All descriptions FIG. 1 unless noted

1) Cover (housing): FIG. 2 only

2) Housing

3) Image inlet

4) Housing Planar Reflective Surface (housing mirror)

5) Control Arm

6) Magnets

7) Reflector Tube

8) Reflector Tube Planar Reflective Surface (tube mirror)

9) Lock Nut: FIG. 1 only

10) Bottom Plate

11) Reflector Tube Retainer

12) Reflector Tube Top Ring

13) Reflector Tube Lock

14) Clear Cover Ring: FIG. 2 only

15) Clear Cover

16) Viewing Port

17) Mounting Bracket

DETAILED DESCRIPTION OF THE DRAWINGS

This model was designed specifically for use on Manufactured or Mobile Homes however it can be modified for other uses.

Using various methods and weatherproof materials such as plastic injection molding, vacuum forming plastic, vinyl, aluminum, or similar to produce the device.

Reference should be made to accompanying drawings.

FIG. 1 is an exposed front view.

FIG. 2 is a side view (right side profile)

The two main parts are the housing, (FIG. 1 #2), and the mirror tube, (FIG. 1 #7)

Housing will have a detachable cover for maintenance.

Mirror, (FIGS. 1 #4 and #8), can be referred to as any type of reflector which presents a clear image for reflective purposes. Thickness should not exceed ⅛^(th) inch.

Ideally the size of the housing should not exceed that of a residential dryer vent (4″×4″). The housing; having four sides and a bottom. Plate should have a 3.5″×3.5″ (or similar size) bottom plate which would be attached to the bottom of the housing.

A 2.5″ (or similar) hole is cut, or formed in the bottom plate to accept the mirror tube (FIG. 1 #7).

The housing, having four sides, should have a 1.25″ front (or similar) and 5.5″ rear.

The two sides should then produce a 55 degree angle (or similar) from front to back.

at the rear there should be a 3″×3″ opening (or similar) for receiving the image (FIG. 1 #3) (FIG. 1 # 5) control arm is a threaded (#8-32 or similar). Both control arms have a 45 degree bend

At one end and open threads at the other end to accept a lock nut.

The 45 degree bend is used as a handle to rotate the rod on its axis thereby adjusting the mirror.

The ferrous rod will also have a fiat spot(s) to accept the magnets (FIG. 1, #6) for more holding area on the face of the magnet and rod.

The housing mirror, (FIG. 1 #4), will have two magnets equally spaced In the center of the axis while the lower magnet will have one magnet centered on the non reflective side.

The mirror tube top ring (FIG. 1 #12) will have an outside diameter larger than the hole in the bottom plate (FIG. 1 #10).

The magnets will be affixed to the mirrored tiles with adhesive in the center for tube mirror and two magnets on center line equally spaced for the housing mirror.

The mirror tube (FIG. 1 # 7), can be either a round tube or square tube depending on the materials used as long as there is room for the mirror to move freely.

The control rod made of threaded steel can be filed or ground at the points to accept the magnets.

A nylon lock nut, or similar, is used (FIG. 1, #9) to hold the rods in place.

In the housing and tube there will be threaded holes in each side of the housing to accept the rod and hold it more firmly. Additional support may be used for threads.

Reflector tube retainers (FIG. 1, #11) are installed with small screws or similar to hold the tube in it's desired location.

A (FIG. 2, #14) Cover ring is attached to the bottom of the housing to accept the threaded top of the clear cover (FIG. 1, #15)

A Clear plastic Cover slightly larger than the reflector tube (FIG. 1, #15)

Mounting bracket which is slightly larger than the rear of the housing with an opening matching that: of the housing for the image inlet.

A reflecting tube lock (bolt, FIG. 1, #13) is installed to lock the rotatable tube in place by tightening the bolt with a screwdriver or similar.

DESCRIPTION OF PRIOR ART U.S. Pat. Nos.

U.S. Pat. No. 751,569A Altiscope

U.S. Pat. No. 1,006,230A Periscope

U.S. Pat. No. 2,286,353A Door Sight

U.S. Pat. No. 5,418,652A Deflection Mirror Housing

U.S. Pat. No. 1,260,341A Image Reflector

Although similar in concept, prior art does not meet the criteria of the stated invention.

OPTIONS

With some installations of mobile or manufactured homes in need of a EZ-View IRA there will be certain instances where a direct line of sight is not possible.

In those cases a variation of using one mirror only (FIG. 3) would be necessary.

In other cases, a smoke/noxious gas/fume detector, can be coupled with the EZ-View IRA (FIG. 4) or the detector can be (used by itself) as most mobile or manufactured homes have a crawlspace which is covered with a skirt or apron and has limited access. 

What is claimed is: 1) A housing supporting a planar reflective surface held by an adjustable horizontal axis (ferrous rod) and a; 1a) A device wherein an image inlet is installed in line with an image to be reflected into a housing according to claim
 1. 1b) A housing, according to claim 1, supporting a ferrous threaded rod horizontally which holds a magnetically mounted planar reflective surface. 1c) A housing, according to claim 1, having a removable top cover. 1d) A magnet, having two flat sides, with one side secured to a planar reflective surface non mirror side., and the other side secured to the ferrous rod in the housing according to claim
 1. 1e) A planar reflective surface mounted in a housing (claim 1) reflecting an image to the planar reflective surface mounted in the rotatable tube (2) 1f) A mounting bracket connected to the back of housing (claim 1) 2) rotatable hollow tube supporting a planar reflective surface holding horizontal axis suspended from said housing: 2a) A rotatable tube, according to claim 2, with a top ring slightly larger than The circular opening at the bottom of the housing (claim 1) 2b) A rotatable hollow tube, according to claim 2, with a viewing port slightly larger than the reflective surface suspended by a magnet in the hollow tube's horizontal axis. 2c) A smaller magnet, configured as in claim (1d), mounted in the rotatable tube on the axis. 2d) A clear plastic tube having an open threaded top and an enclosed bottom Slightly larger than the rotatable tube and control rod. 2e) A clear plastic tube threaded into a cover ring attached to bottom of the housing, (claim 1). It will be understood to persons skilled in the art that variations and modifications will become possible. All such modifications and variations should be considered to fall within the scope of the invention as hereinbefore claimed. 